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Nantong Shengyang Electric Co., Ltd.
Nantong Shengyang Electric Co., Ltd.., is a comprehensive enterprise, that combines research, manufacture, sales, and service as a whole; has offices in Beijing, Shanghai, and Hong Kong; and has built up a complete service system. Our production base is located in Shuanglou industrial zone, Haian City, Jiangsu province which lies north of the beautiful and rich Yangtze River delta, east of the Yellow Sea, south of Yangtze, and also close to Nantong, Yangzhou, and Taizhou airports. Xinchang Railway, Ningqi Railway, G15 Shenhai Highway, and Qiyang Highway intersect here. 204 and 308 national ways are passing through our factory. All of the above prove that we have obvious regional advantages that are suitable for water, land, and air transportation.
We are a professional China ODM FURNACE TRANSFORME manufacturers and FURNACE TRANSFORME suppliers, Our factory specializes in the manufacture of power transformers, rectifier transformers, Box-type transformer substations, wind power transformers, and its complete sets of products. We occupiers an area of 26500m2, of which the construction area is 13800m2; the fixed investment is RMB 35,800,000; We have many main product equipment and full sets of inspection equipment, such as vacuum drying system, automatic vacuum casting system, corrugated oil tank product line, slitting line, horizontal cutting line and automatic foil winding machine and son on. Our technology is strong, the manufacture process is advanced, and equipment and testing modes are complete.
Certificate Of Honor
  • Enterprise Legal Person Business License, Tax Registration Certificate, Organization Code Certificate (Three Certificates In One)
  • Account Opening Permit
  • A 10kv Transformer With Safe Closing
  • The Invention Relates To A Photovoltaic Power Generation Device
  • The Utility Model Relates To An Automatic Grounding Conductive Device For Transformer Leakage Current
  • The Invention Relates To A Noise Reduction And Cooling Dry Type Transformer
  • The Utility Model Relates To A Transformer Sheet Type Heat Dissipation Device
  • The Utility Model Relates To A Dry Transformer Fan Assembly Structure
  • The Utility Model Relates To A Low Pressure Foil Coil Head Copper Bar Fixed Structure
  • The Utility Model Relates To A Multifunctional Power Cabinet
  • The Utility Model Relates To A Complete Set Of Switchgear Having A Waterproof Structure
  • The Utility Model Relates To A Switch Cabinet For Overheat Protection With Automatic Cooling And Cooling
News
FURNACE TRANSFORME Industry knowledge
What are the key advancements in Furnace Transformer technology shaping the industry?

1. High Voltage Direct Current (HVDC) Technology: HVDC furnace transformers have gained prominence in the steel industry due to their ability to transmit high amounts of power over long distances with minimal losses. This technology enables efficient transmission and distribution of electricity to electric arc furnaces.
2. Compact Designs: Furnace transformers are now being designed with compact and modular configurations, allowing for better space utilization and easier installation. This is particularly important in facilities with limited space or retrofitting projects.
3. Advanced Cooling Systems: Transformer cooling systems have improved to ensure efficient dissipation of heat generated during operation. Enhancements in cooling technology, such as forced air or water cooling, help maintain optimal operating temperatures and increase the transformer's lifespan.
4. Digitization and Automation: The integration of digitization and automation technologies has enhanced control and monitoring capabilities for furnace transformers. This enables real-time monitoring of transformer parameters, fault detection, and predictive maintenance, leading to improved reliability and reduced downtime.
5. Harmonic Mitigation: Electric arc furnaces produce significant harmonic currents due to non-linear loads. Advanced transformer designs now incorporate harmonic filters and other mitigation techniques to minimize harmonic disturbances in the power grid, ensuring compliance with power quality regulations.
6. Improved Insulation Materials: The development of advanced insulation materials, such as silicone rubber, epoxy, or composite, has increased the transformer's insulation capability, allowing for higher operating temperatures and improved performance in harsh operating conditions.
7. Eco-friendly Designs: Efforts are being made to develop environmentally friendly transformer designs by reducing the use of hazardous materials and minimizing energy losses. This includes the use of sustainable insulation materials and implementing energy-efficient cooling systems.
These advancements in furnace transformer technology are driving the efficiency, reliability, and sustainability of the industry.